SISTEMA INTEGRAL DE INFORMACIÓN ACADÉMICA - PÚBLICO

Bejar, L.
(Autor externo)

Obras con ISBN:0
Documentos en revistas:18
Colaboraciones en Tesis:0
Patentes:0
Obras con ISBN:No hay obras de este autor.
Documentos en revistas:
1.- DEM-FEM combination for modeling and simulation of fractal metallic foams (2023)
 
2.- An Overview on the Identification and Characterization of Cu-Rich Second Phases in Casting Al Alloys (2023)
 
3.- Solid state transformations from spheres to polyhedra in hollow Fe spheres (2023)
 
4.- USE OF THE FRACTAL DIMENSION FOR POROSITY MODIFICATION IN ALUMINUM FOAMS MANUFACTURED USING SPACE HOLDER PARTICLES (2021)
 
5.- Production of aluminum foams with hierarchical porosity by a combination of two different manufacturing methods (2020)
 
6.- Structural Study of Novel Nanocrystalline fcc Ti-Ta-Sn Alloy (2019)
 
7.- Análisis microestructural de revestimientos de fundiciones blancas hipoeutécticas con adiciones de Si y V (2018)
 
8.- Study of the precipitation process in aging steel pipeline weldments by thermoelectric power means (2018)
 
9.- Characterization of Al-Si-Cu-Mg foams manufactured in-situ (2017)
 
10.- Efecto del V y el Si sobre la microestructura de depósitos realizados con electrodos tubulares revestidos de alto contenido de Mn (Hadfield) (2017)
 
11.- A novel solid state method for manufacturing Al foams by over solution heat treatment (2016)
 
12.- Estimation of elastic moduli of particulate-reinforced composites using finite element and modified Halpin?Tsai models (2016)
 
13.- Solid solution and amorphous phase in Ti?Nb?Ta?Mn systems synthesized by mechanical alloying (2016)
 
14.- Characterization of ZnO nanoparticles with short-bar shape produced by chemical precipitation (2012)
 
15.- An approximate solution corresponding to a quasi-stationary state during nitriding (2010)
 
16.- Nanostructure and grain size characterization in Al84Si6Cu3Mg7 ribbons and ingots (2009)
 
17.- Neodymium nanoparticles: Biosynthesis and structural analysis (2006)
 
18.- Electrochemical Study of Metallic Foams Ti-Ta-Sn through SEM ()
 
Colaboraciones en Tesis:No hay tesis de este autor.
Patentes:No hay patentes de este autor.